In a cross between two individuals of the genotype aabbccddee

Genetics Lab report 1. How many possitta gametes an individual with the genotype AABbCcddEe can make? 2. Calculate the following probabilities (from your PowerPoint): Obs: write the probabilities as fractions AND percentages (ex: 1 in 2 or 50%) a) What is the probability of aa in a cross between Aa x Aa? b) What is the probability of Aa in a cross between Aa x Aa? c) What is the probability of AaBb in a cross between AaBb x AaBb? d) What is the probability of aabb in a cross between AaBb x AaBb? 3. In a cross between two individuals, AaBbc and aabbcc, how many different genotypes are possible in the offspring (assuming independent assortment)? 4. A woman who is blood type A has a daughter, Sophie, who is blood type O. Now Sophie is getting married and wants her father to walk her down the aisle, but her mother does not know which of her three former lovers is the father. However, her mother knows that Sam is Type A blood, Harry is type o, and Bill is type AB. (from your PowerPoint) Complete the table below: Blood type possible genotypes Name Sophie's mom Sophie Sam Harry Bill a) Does this information help Sophie discover who her father is? b) What if Sophie's type was B instead? (Write down the possible genotypes for each scenario) 5. In shorthorn cattle, the genotype RR causes a red coat, the genotype ir causes a white coat, and the genotype Rr causes a roan coat. A breeder has red, white, and roan cows and bulls. What phenotypes might be expected from the following matings, and in what proportions? a) red x red b) red roan c) red x white d) roan x roan 6. Consider the X-linked trait for red-green color blindness. If a man who is color blind marries a woman whose father is also color-blind, predict the genotype and phenotype of their offspring.